TRONXY X5SA/X5SA PRO Glass Heated Bed Build SurfaceTRONXY X5SA/X5SA PRO Glass Heated Bed Build Surface

TRONXY X5SA/X5SA PRO Glass Heated Bed Build Surface

TRONXY Glass Heated Bed Build Surface is easy to assemble, and dissemble, durable, and offers excellent adhesion. It is made up of Borosilicate glass and has a special microporous coating to firmly adhere to the very first layer of the print.


TRONXY X5SA/X5SA PRO Glass Heated Bed Build Surface is 10.03*10.03 inches large, removable, and durable. If properly installed, used, and maintained, it will add to the longevity of the build surface.

It is kept easier to install for the convenience of novices. The user will fix the build surface using dovetail clips (which come with the product), level the nozzle and print bed surface and the printer will be all set to start the printing process.

Its upgraded 3D glass features excellent flatness and smooth surface compared to PEI coating or Magnetic build surfaces and helps in the effortless removal of the 3D printer.

Moreover, the TRONXY Glass Heated Bed has 8MOH hardness (adds to its durability and anti-deforming capability), 0.15mm flatness, and does not warp due to frequent temperature fluctuations.

Compared to the “TRONXY 3D Printer Sticker Sheet”, the TRONXY Glass Heated Bed Build Surface is more reliable, large, efficient, and durable. However, the TRONXY 3D Printer Sticker Sheet is compatible with all the filament types available in the market and with all the resin 3D printers having the same build dimensions.

Technical Specifications:

  • Size: 255mm×255mm (10.03×10.03inch)
  • Color: Black
  • Flatness: 0.15mm
  • Hardness: 8MOH
  • Material: Tempered Glass with microporous surface coating


What’s the best surface for 3D printers?

Although every surface (Glass, Magnetic, PEI-coated, etc.) has its advantages and specialties, however, a 3D printing expert says that “Polypropylene” is one of the best build surfaces to use in 3D printing. It is because, Polypropylene is compatible with all filament types including PLA, ABS, PETG, TPU, etc.

Where to place a 3D printer, in a cold or hot place?

A 3D printer should be used at room temperature, neither too hot nor too cold. It is because a very hot surrounding will affect the material flow while a cold surrounding may cause shrinkage of the filament.

Does PLA print brittle due to excessive humidity or temperature?

Yes. Therefore, to protect your PLA from damage, it should be kept in a sealed, controlled environment. The best conditions for storing a filament include a dry place, no direct sunlight, and an airtight resealable bag. 


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